Fast mounting mechanism for a telescoping slide

Abstract

A fast mounting mechanism for a telescoping slide, the slide includes an inner rail to receive the mounting of a drawer or the like and an outer rail. The inner rail comprises mounting holes. Each mounting hole contains a vertical channel and a horizontal channel connecting through each other. A positioning member and a release member are provided on the inner side of the inner rail adjacent to one of the mounting holes. The positioning member has a first end locked to the inner side of the inner rail and a second end provided with a protruding bit facing the horizontal channel of the mounting hole. The release member disposed on the inner rail slides in relation with and push against the positioning member for its protruding bit to move away in opposite direction relatively to the inner side of the inner rail.

1 . A fast mounting mechanism for a telescoping slide, the slide comprising an inner rail and an outer rail; the inner rail being provided to receive mounting by a drawer or the like; the inner rail containing mounting holes; a positioning member and a release member being provided on an inner side of the inner rail adjacent to one of the mounting holes; each of the mounting holes containing a vertical channel and a horizontal channel connecting through each other; a first end of the positioning member being locked to the inner side of the inner rail; a second end of the positioning member being provided with a protruding bit in relation to the horizontal channel of the mounting hole; the release member being disposed on the inner side of the inner rail; the release member sliding relatively to the positioning member to push and hold against the protruding bit of the positioning member; and the protruding bit moving away in opposite direction in relation to the inner side of the inner rail.  
   
   
       2 . The fast mounting mechanism for a telescoping slide of  claim 1 , wherein a lateral chute is disposed on the release member, a pin penetrating through the lateral chute to be fixed to the inner rail; a pair of guide blocks being disposed on the back of the release member; and a pair of guide channels being disposed on the inner rail to receive insertion of the guide blocks to lead the release member engaging in lateral movement.  
   
   
       3 . The fast mounting mechanism for a telescoping slide of  claim 1 , the release member is formed with a pair of wings at respective sides; the inner side of the inner rail being provided with a pair of grooves to receive insertion of the wings; and the release member engaging in lateral movement along the inner side of the inner rail.  
   
   
       4 . A fast mounting mechanism for a telescoping slide, the slide comprising an inner rail and an outer rail; the inner rail being provided to receive mounting by a drawer or the like; the inner rail containing mounting holes; a positioning member and a release member being provided on an inner side of the inner rail adjacent to one of the mounting holes; each of the mounting holes containing a vertical channel and a horizontal channel connecting through each other; a first end of the positioning member being locked to the inner side of the inner rail; a second end of the positioning member being provided with a protruding bit in relation to the horizontal channel of the mounting hole; the release member being disposed on the inner side of the inner rail; the release member sliding relatively to the positioning member to push and hold against the protruding bit of the positioning member; the protruding bit moving away in opposite direction in relation to the inner side of the inner rail; and a push block being disposed at an extension from one end of the release member.  
   
   
       5 . A fast mounting mechanism for a telescoping slide, the slide comprising an inner rail and an outer rail; the inner rail being provided to receive mounting by a drawer or the like; the inner rail containing mounting holes; a positioning member and a release member being provided on an inner side of the inner rail adjacent to one of the mounting holes; each of the mounting holes containing a vertical channel and a horizontal channel connecting through each other; a first end of the positioning member being locked to the inner side of the inner rail; a second end of the positioning member being provided with a protruding bit in relation to the horizontal channel of the mounting hole; another protruding bit being formed on the inner side of the inner rail; the release member being disposed on the inner side of the inner rail; the release member sliding relatively to the positioning member to push and hold against the protruding bit of the positioning member; the protruding bit of the positioning member moving away in opposite direction in relation to the inner side of the inner rail; and a push block being disposed at an extension from one end of the release member in relation to the protruding bit of the inner rail.